Globalyzer Lite

Globalyzer Lite scans source code for internationalization issues. It is well suited for use within automation routines and Continuous Integration (CI) systems. Additionally, it is designed to be used as an external tool from within Integrated Development Environments (IDEs) such as Visual Studio, IntelliJ IDEA, and Eclipse.

Globalyzer Lite generates scan reports to a directory specified via command line arguments / a project definition file. Scan reports are available in a variety of formats.

Globalyzer Lite is delivered in a zip file and is available from the Client Download page on the Globalyzer Server.

Note: For Eclipse, the Clickable Console Plugin (1.0.0) requires Eclipse Luna and above.

Using Globalyzer Lite from an Integrated Development Environment

Lite may be used within many IDEs that support external tools, including Visual Studio, IntelliJ IDEA, and Eclipse. Configuring Lite as an external tool takes some initial setup, but is relatively easy to accomplish. Once configured, Lite may be used through the IDE's external tool menu, with the click of a button. The recommended, documented tools:

1. Scan the currently selected file/directory.
2. Scan everything within the parent directory of the currently selected file/directory.
3. Scan the entire project.

Demonstration videos are available for:

• Visual Studio
• IntelliJ IDEA
• Eclipse

The developer can then use the power of the IDE to refactor the relevant issues or to mark false positives in the code using Globalyzer ignore comments, such as $NON-NLS-L$. For more information, see the Globalyzer Comment Tags in False Positives .

Those refactoring and the comment tags are now part of the code: The Continuous Globalization System using the same Lite project definition file will show the same results in the Dashboard.

Using Globalyzer Lite in a Continuous Globalization System

Globalyzer Lite is easy to integrate into Continuous Integration (CI) systems. For instance, using Lite from Jenkins can be done through the following steps:

1. Check in a project definition file into source control (or, if you prefer, place one in the Jenkins server's filesystem).
2. Run the following from Jenkins' shell:

   java -jar globalyzer-lite.jar -f "${WORKSPACE}/GlobalyzerProjectDefinitionFile.xml" --project-path "${WORKSPACE}" --report-path "globalyzer-lite-reports"

3. Use the Lingoport Dashboard to display the results from the generated reports.

You may also pass the reports to your own reporting system.

Using Globalyzer Lite from the Command Prompt / Shell

Globalyzer Lite can be executed from a command prompt or shell via the following command:

java -jar globalyzer-lite.jar some_location/YourProjectDefinitionFile.xml

After lite finishes each scan, a relevant Globalyzer report is created at the location specified in the Project Definition's report path.

Lite also allows for altering the following parameters via command line options:

• The Project Path
• The Report Path
• The Files/Directories to scan
• The location of the Globalyzer License (if using Local Rule Sets)

Sharing Project Definition Files Between IDEs and Build Systems

It is common to check in a single project definition file per code repository. However, the desired IDE configuration may sometimes be incompatible with the desired build system configuration.

These incompatibilities are best solved by modifying the project definition file within the build system. The IDE config can then be used as the default.

Here is an example: The desired report type for Lite may be ScanDetailedCSV for developer usage, but will need to be ScanDetailedXML within the build system. The project definition file would then be written out with the <report-type> set to ScanDetailedCSV:

<gzproject>
  ...
  <report-type>ScanDetailedCSV</report-type>
  ...
</gzproject>

The build system can then be set to auto-replace "ScanDetailedCSV" with "ScanDetailedXML". The following Linux command will do so:

$ sed --in-place 's|ScanDetailedCSV|ScanDetailedXML|' $WORKSPACE/ProjectDefinition.xml

If desired, the opposite replacement also may be performed at the end of the build.

Finally, here is a bash function to replace the content of any XML field:

replace_xml_token() {
  token_name=$1
  new_content=$2
  sed -ri "s|(<${token_name}>).*(</${token_name}>)|\1${new_content}\2|g" $WORKSPACE/ProjectDefinition.xml
}

It may be used like so:

$ replace_xml_token "report-type" "ScanDetailedXML"

Ease of Installation

Installing Lite is easy. To install:

1. Unzip the Globalyzer Lite zip file at a desired location
2. Run either lite-setup.bat or lite-setup.sh depending on your system.

Configuration & Rule Sets

Before use of Globalyzer Lite, rule sets will need to be configured on the Globalyzer Server. Properly configured rule sets better detect i18n issues, and cut down the rate of false positives. When running Lite, these rule sets can be accessed directly from the server, or exported to zip files and accessed locally, without a server connection. Note that using Local Rule Sets requires a Globalyzer License to be downloaded. Please click [Local Rule Sets | here] for information on Local Rule Sets.

A Project Definition File will then need to be created for the given project. This file may be distributed to multiple users working on the same project. Please note that you can create a project in the Workbench and export it to a Project Definition File.

The project definition file will need to make use of the correct rule sets relevant to the project, and to specify which directories to scan with each rule set. It is recommended that this file be configured by an i18n knowledgeable developer or i18n specialist.

Project Definition Format

Here is the template for a project definition file. For the full instructions to setup a project definition file, see our help page.

  <?xml version="1.0" encoding="UTF-8" standalone="no"?>
  <!-- All items should be allowed anywhere in the xml as long as the hierarchy
    is preserved -->
  <gzproject>
    <login>
       <username></username>
       <password></password>
       <server></server>
       <use-local-rulesets></use-local-rulesets>  <!-- optional. May be 'true' or 'false'     -->
                                                  <!-- if true, you need a Globalyzer.license -->
       <!-- Optional Parameters -->
       <optional>
           <proxy-user></proxy-user>
           <proxy-password></proxy-password>
           <proxy-host></proxy-host>
           <proxy-port></proxy-port>
       <optional>
    </login>
    <project-path></project-path> <!-- May instead be specified from command line -->
    <project-name></project-name>
    <report-path></report-path>   <!-- May instead be specified from command line -->
    <report-type></report-type>
    <scans>
       <scan>
          <!-- create and execute a single scan with this info -->
          <scan-name></scan-name>
          <ruleset-name></ruleset-name>
          <ruleset-owner></ruleset-owner>
       </scan>
       <scan>
       <!-- create and execute a single scan with this info -->
          <scan-name></scan-name>
          <ruleset-name></ruleset-name>
          <ruleset-owner></ruleset-owner>
          <!-- optional: specify files/directories to scan -->
          <scan-items>
             <item></item>
             <item></item>
          </scan-items>
       </scan>
    </scans>
 </gzproject>

The .globalyzerrc File

Globalyzer Lite supports an optional .globalyzerrc file. This file may be used to specify login, server, and proxy parameters. Below is an example .globalyzerrc file. It contains all parameters that may be set within the rc file:

server https://www.globalyzer.com/gzserver

username user@company.com
password aPasswordHere

proxy-host https://internalhost.company.com
proxy-port 81038
proxy-user ExampleUser
proxy-password ExamplePassword

All settings besides 'server' are optional. And project definition files do not need to specify parameters set in the rc file (with one exception). Any parameter that is set in the project definition file will override the rc file setting.

If you choose to use a .globalyzerrc, the 'server' parameter is mandatory. It must match the server specified in project definition files. This helps prevent rule sets from being retrieved from the wrong server.

Setting Proxy Settings via Java

If you prefer to specify proxy settings via Java, rather than through the project definition file, you may use any of the following Java settings.

-Dhttp.proxyHost=your.server.com
-Dhttp.proxyPort=80
-Dhttps.proxyHost=your.server.com
-Dhttps.proxyPort=80
-Dhttp.nonProxyHosts=123.210.123.210
-DsocksProxyHost=your.server.com
-DsocksProxyPort=1080

More info at: https://docs.oracle.com/javase/7/docs/technotes/guides/net/proxies.html

Exit Error Codes

Type
Name	Exit Code
Normal
EXIT_NORMAL	0
XML Issues
NO_PATH_TO_XML_FILE	10
DUPLICATE_PARAMETER_IN_XML	11
XML_PARAMETER_BLANK	12
XML_INVALID_PARAMETER	13
UNABLE_TO_READ_SCHEMA	14
Globalyzer API compatibility
GLOBALYZER_API_REPORT_TYPE_NOT_MATCHED	30
GLOBALYZER_API_EXCEPTION	31
Input issues
IMPROPER_INPUT	51
INVALID_COMMANDS	52
PROJECT_PATH_DOES_NOT_EXIST	53
Output Issues
SCAN_FAILED	60

Language Support

Globalyzer Lite supports the same languages as the full Globalyzer product. It allows users to scan a number of source code in different programming languages:

• ActionScript,
• C#,
• C/C++ (many variations),
• Delphi,
• HTML (in various web files),
• Java,
• JavaScript, (includes AngularJS, NodeJS, and other libraries)
• Objective-C,
• MXML,
• Perl,
• PHP,
• Qt,
• SQL (Oracle, MS SQL, MySQL, PostgreSQL),
• Visual Basic (Classic, .NET),
• VBScript, and
• XML

Lite vs the Globalyzer API

Globalyzer Lite utilizes the Globalyzer API. Using the API directly is more powerful, but also requires writing a custom java application.

Lite vs the Globalyzer Workbench

In comparison to the Globalyzer Workbench, Globalyzer Lite is smaller, faster to install and does not require a database. Lite supports direct integration with IDEs, while the Workbench is its own standalone program. Additionally, unlike the workbench, multiple instances of Lite may be run concurrently. This allows Continuous Integration systems to use Lite to provision the scanning of multiple projects.